Question

In which fields can flexible LED displays be used?

Answer 1

1. Commercial Retail: From "Advertising Display" to "Immersive Experience"

• Application Forms: Mall cylindrical wraparound screens, curved advertising curtain walls, irregularly shaped window screens;

• Core Value: 360° seamless display of product dynamics, with flexible forms deeply integrated into mall décor. A luxury flagship store in Shanghai used 360° surround flexible screens to create a "time tunnel" shopping experience. When customers try on new products, the surrounding screens automatically switch scenes, increasing the average transaction value by 42%;

• Selection Recommendations: For close-range viewing (≤3m), P1.5-P2.0 small-pitch models are recommended, with a pixel density ≥250,000 dots/㎡ to ensure image detail; for scenarios requiring frequent content changes, prioritize magnetic front-maintenance models to improve operational efficiency.

2. Cultural Tourism Lighting: A Visual Revolution to "Bring Landscapes to Life"

• Application Forms: Curved building facade screens in scenic areas, irregularly shaped screens for festivals, and carriers for nighttime light shows;

• Core Value: Adapting to natural landscapes or architectural forms to achieve an immersive effect of "building as screen." The "Phantom Wheel Hidden Screen" at Wuhan East Lake Eye uses a flexible screen attached to the Ferris wheel's steel frame, presenting high-definition dynamic images without obstructing visitors' views of East Lake. After the upgrade, visitor dwell time increased threefold, making it a romantic urban landmark;

• Selection Recommendations: For outdoor environments with strong light, choose models with a brightness of 800 nits or higher; for humid areas, confirm the IP68 protection rating; for scenarios seeking interactivity, consider adding AI interactive modules that support features such as bullet comments and real-time broadcasting.

3. Urban Public Spaces: Creating "Digital City Business Cards" at Low Cost • Application Forms: Subway station cylindrical information screens, airport curved information screens, and irregularly shaped display screens for city landmarks;

• Core Value: Ultra-lightweight design reduces the load-bearing pressure on public facilities, and rapid installation does not affect traffic operations. The 2700㎡ spherical screen in Shanghai's Xujiahui Metro City uses flexible light strips directly fixed to the building's steel pipes, requiring no additional steel structure. Reaching over 100,000 people daily, it has become a landmark in Shanghai's core business district;

• Selection Recommendations: For long-distance viewing (≥5m), choose models P2.5-P3.0 to balance cost and visual effect; for high-traffic areas, prioritize models with a lifespan of over 50,000 hours to reduce long-term maintenance costs.

Answer 2

Flexible LED displays, also known as bendable LED displays, combine traditional LED display technology with bending technology. They utilize sheet metal to bend LED control panels at different angles, achieving innovative effects.

Curved, angled LED displays boast exquisite construction and exceptional visual impact. They offer superior image quality, enabling personalized video and various shapes and viewing angles. Used for campus advertising and interior/exterior design, they meet diverse user requirements. Corner screens, also known as angled screens, are a type of three-dimensional large-screen display.

Through the linkage of two walls, a naked-eye 3D effect is created. The entire building's exterior facade and interior corners utilize the display's shape and frame to create a three-dimensional immersive experience, providing users with a visually impactful experience.

Flexible technology bends traditional LED control panels into different arcs, giving the LED screen better coordination. Irregularly shaped LED screens can be folded into various shapes, creating different environmental atmospheres in different spaces.

Answer 3

Flexible LED displays are bendable screens that can be bent without damage. Their circuit boards are made of a special flexible material that won't bend or break, making them easy to assemble. This is especially advantageous for irregularly shaped displays.

Flexible LED displays are commonly used in exhibition halls and showrooms. Many exhibition halls install uniquely shaped LED displays to attract more visitors, and these creative spliced ​​screens are mostly made of flexible LEDs. Entertainment venues often install circular and oval decorations to create atmosphere and ambiance; some entertainment venues also use wave-shaped or curved displays.

Large shopping mall LED column screens are also generally made of flexible LEDs, offering both aesthetic appeal and space-saving design.

Flexible LEDs are convenient to use and have a wide range of applications, including finance, taxation, post and telecommunications, sports, transportation, education systems, as well as public places such as hospitals, hotels, and banks.

Answer 4

Before the widespread adoption of flexible LED films, outdoor displays faced a triple dilemma: incompatibility in form, high installation costs, and poor environmental adaptability.

1. Form Constraints: Rigid screens can only be assembled in rectangular shapes. When facing curved buildings, columns, or wave-shaped landscapes, either forced cutting leads to image breakage, or structural conflicts prevent installation, severely limiting creative expression.

2. Installation Burden: Traditional LED screens weigh 3-5 kg/m², requiring complex steel structure support. This not only results in long construction periods (usually 15-30 days) but also damages the original building structure, leading to extremely high dismantling costs later.

3. Environmental Limitations: High outdoor temperatures, heavy rain, and ultraviolet radiation easily cause poor heat dissipation and brightness decay of the screen. Traditional protective designs often come at the cost of increased thickness, further limiting installation scenarios. According to data from Puhua Consulting, the Chinese LED outdoor display market reached 50 billion yuan in 2024 and is projected to exceed 89 billion yuan by 2031. However, the limitations of traditional rigid screens prevent 40% of commercial scenarios and 25% of cultural and tourism projects from achieving ideal display effects—leaving a huge market space for the rise of flexible LED films.

II. Three Core Technological Advantages of Flexible LED Films: More Than Just "Bendable" The core competitiveness of flexible LED films goes far beyond the breakthrough in "bendability," representing a three-dimensional upgrade of "freedom of form + convenient installation + environmental tolerance":

1. Form Adaptability: From "fitting the building" to "becoming part of the building"

• Physical Characteristics: Utilizing a PET flexible substrate + silicone encapsulation, a single module thickness of only 3.5-5mm and a weight as low as 0.8kg/㎡ (only 1/5 of traditional screens), it supports ±35° bidirectional bending, with a minimum splicing diameter as low as 480mm (5 modules can form a complete circular screen);

• Seamless Splicing Technology: Through trapezoidal circuit design + The magnetic module connection completely eliminates the physical black borders of traditional splicing screens, ensuring image integrity even on curved surfaces. The 4K naked-eye 3D screen on Nanjing Road in Shanghai utilizes this technology to achieve a natural, seamless transition at corners, eliminating any visual gaps.

• Customization Potential: Supports arbitrary irregular shapes, allowing direct wrapping of cylinders, fitting of curved facades, and suspension in wave-like patterns. It can even be integrated with the Ferris wheel's steel frame using a 2mm thick "transparent veil," like the East Lake Eye in Wuhan, without obstructing the original landscape view.

2. Installation and Maintenance: 60% Cost Reduction, 3x Efficiency Increase

• Lightweight Advantage: Its ultra-lightweight nature significantly reduces the load-bearing requirements of the installation carrier. No complex steel structure is needed; it can be directly fixed via magnetic attraction, adhesive, or suspension. The construction cycle is shortened from the traditional 15 days to less than 5 days, allowing a team of two to complete deployments within 100㎡.

• Front-Maintenance Design: Magnetic modules can be disassembled individually. Replacing faulty modules later does not require disassembling the entire structure, reducing maintenance costs to only 1/3 of traditional screens. This is particularly suitable for post-maintenance in complex scenarios such as high-altitude and irregularly shaped installations.

• Cost structure optimization: The cost of steel structure has decreased from 30%-40% of traditional screens to below 5%. Combined with modular design, the overall project cost is reduced by 20%-30% compared to traditional irregularly shaped screen solutions.

3. Outdoor Environmental Tolerance: Stable Output Under Extreme Conditions

• Protection Rating: IP65/IP68 dustproof and waterproof design. A silicone shield and sealed encapsulation resist heavy rain and sandstorms. The flexible screen at Wuhan East Lake Eye continues to operate stably during the rainy season without any water ingress malfunctions.

• Wide Temperature Range and Heat Dissipation: Supports a wide operating temperature range of -20℃ to 60℃, adapting to extreme climates such as the frigid north and scorching south. Combined with an aluminum structural heat dissipation system and intelligent temperature control algorithms, the module temperature can be kept below 50℃, reducing power consumption by 20%-30% and extending the lifespan to over 50,000 hours.

• Strong Light Resistance: Brightness reaches 800-1000 nits, coupled with a 3840Hz high refresh rate and 14-bit grayscale, ensuring clear and flicker-free images even under strong midday sunlight, solving the pain point of traditional outdoor screens being "unreadable on sunny days."

Answer 5

LED crystal film screens, as a thin, flexible, and innovative display technology, abandon the bulkiness and rigidity of traditional displays, seamlessly integrating into everyday applications and adding limitless possibilities to future life.

Technical Advantages: Fusion of Thinness, Flexibility, and High Transmittance

1. Thin as Paper, Flexible and Flexible

Through advanced manufacturing processes, the thickness of the crystal film screen is significantly reduced, making it extremely lightweight. It can even be bent to fit curved surfaces, easily adapting to diverse installation environments.

2. High Transmittance, Clear and Natural

When closed, the screen is nearly transparent, maintaining a sense of spaciousness while allowing for seamless switching to dynamic images, solving the problem of traditional screens obstructing the view.

3. Delicate Image, Energy-Saving and Durable

Vivid and lifelike color reproduction, smooth and ghosting-free images, and lower power consumption make it suitable for extended use. It delivers a clear visual experience in both bright and dark environments.

Application Scenarios: Seamless Coexistence of Screens and Environment

1. Commercial Spaces and Window Displays

In shopping mall windows and brand stores, crystal film screens can be directly attached to glass or irregularly shaped display stands, transforming static displays into dynamic interactions, attracting attention without compromising the aesthetics of the space.

2. Architectural Curtain Walls and Urban Aesthetics

Traditional architectural curtain walls are hampered by the bulkiness of screens, hindering creative designs. Crystal film screens, however, can seamlessly integrate into glass facades, remaining invisible during the day and illuminating the city with light and shadow art at night, transforming buildings into flowing visual tapestries.

3. Automotive and Smart Wearables

In the automotive sector, crystal film screens can be integrated into windows or sunroofs, and for entertainment information displays. In consumer electronics, their flexibility offers the possibility of thinner and lighter screen solutions for foldable devices and smart wearable products.

4. Art and Immersive Experiences

In stage performances and exhibition venues, crystal film screens can be bent into shapes such as waves and domes, combined with light and shadow technology to create a three-dimensional immersive space, making the audience feel as if they are in a fantastical world where reality and illusion intertwine.

Future Outlook: From "Seeing Technology" to "Experiencing Technology"

As technology matures, LED transparent screens are evolving towards thinner, lighter, and more environmentally friendly designs. In the future, they may be as easily attached to surfaces as "electronic stickers," allowing display technology to truly integrate into every corner of life.

The emergence of LED crystal film screens represents not only an upgrade in display technology but also a reinterpretation of spatial aesthetics and practical functionality. In this era of the "Internet of Everything," we may soon usher in a future where "screens are invisible, and information is readily available."